36results about How to "Improve uneven force" patented technology

The invention relates to the technical field of plate type heat exchangers, and discloses a plate type heat exchanger with a good sealing property. The plate type heat exchanger includes a plurality of heat exchanging plate pieces alternately flipped and stacked with each other and sealing gaskets located between every adjacent heat exchanging plate pieces, each sealing gasket comprises a first sealing part and a second sealing part which is located on one side of the first sealing part and integrally formed with the first sealing part, and each first sealing part comprises an embedded arc-shaped bottom, a clamping groove part and a flow stopping top from bottom to top; and one sides of the second sealing parts are in butt joint with one sides of the flow stopping tops and formed integrally, the other sides, opposite to the flow stopping tops, of the second sealing parts are downwardly provided with flanges, and each heat exchanging plate piece is provided with an embedded arc-shaped groove matched with the correspondingly first sealing part and a positioning sealing groove matched with the correspondingly flange. According to the plate type heat exchanger with the good sealing property, installation is simple, the tightness between the heat exchanging plate pieces is good, the sealing gaskets are easier to suffer stress evenly, and sealing is firm.

A planar three-range-of-motion loading robot with a multi-unit connection rod driving function comprises a multi-unit connection rod driving mechanism, a movable arm lifting mechanism, a fork bucket control mechanism and the like. Under control of a computer, the multi-unit connection rod driving mechanism achieves driving of multiple small-power motors and high-power and high-torque power output, and meets the power requirement of high-load operation of the slippage type loading robot. On the basis of the Pascal principle, a hydraulic element is introduced to the movable arm lifting mechanism, equal in-cylinder pressure is achieved, the problem that stress on two driving chains for driving a movable arm of an original controllable loading mechanism is unbalanced is effectively solved, and the bearing stability is improved. The loading robot has the characteristics of being high in transmission efficiency, high in response speed, high in motion precision, good in controllability and the like as the original controllable loading mechanism, but also has better bearing performance and vibration resistance through introduction of the multi-unit connection rod driving mechanism and the hydraulic element, can achieve the overload protection function easily, and is quite suitable for manufacturing of large, intermediate and small-sized loading robots.

The embodiment of the application discloses a display component. The display component comprises a first substrate, a second substate, a main frame sealant and a first retaining wall, wherein the first substrate comprises a first surface, the second substrate comprises a second surface, the first surface and the second surface are arranged in an opposite manner, the main frame sealant is arrangedbetween the first surface and the second surface, the first surface, the second surface and the main frame sealant are enclosed to form a plurality of display panels, the first retaining wall is arranged around the display panel, and the first retaining wall comprises an airflow channel. According to the scheme, the airflow intensity can be alleviated, puncture or deformation caused by airflow impact is prevented, and the problem of non-uniform stress during cutting of the display component can be effectively improved.

The invention discloses a high-performance wave spring. The wave spring comprises a circular spring body; the spring body adopts an open loop structural design, and is alternatively provided with crest and trough structures with the same specifications; and the outer edges of the crest and trough structures are plane structures. The high-performance wave spring, provided by the invention, is reasonable in structural design, simple in preparation process and proper in cost; the outer edges of the crest and the trough structures on the spring body adopt the plane structures; and the structures can effectively improve the stability of the wave spring in the mounting and use process, so that the nonuniform stress phenomenon is improved, and the service life of the wave spring is prolonged to a certain extent.

A four-range-of-motion sliding type wood forklift with a multi-unit linear driving function comprises a multi-unit linear driving mechanism, a movable arm lifting mechanism, a fork bucket control mechanism and the like. The multi-unit linear driving mechanism is driven by multiple sets of linear drivers, high-power and high-torque power output is achieved through a crankshaft, and the power requirement for high-load operation of the sliding type wood forklift is met. A hydraulic cylinder is applied to the configuration design of the wood forklift as a connection rod, and a hydraulic element is introduced into the movable arm lifting mechanism, so that pressures in the cylinder are equal, the problem that in the prior art, stress on two driving chains for lifting a movable arm is unbalanced is effectively solved, and the bearing stability is improved. The sliding type wood forklift not only has the characteristics of being high in transmission efficiency, high in response speed, high in motion precision, good in controllability, capable of saving energy, environmentally friendly and the like as a controllable mechanism, but also has better bearing performance and vibration resistance through introduction of the multi-unit linear driving mechanism and the hydraulic element, can achieve the overload protection function easily and has great engineering application prospects and development potential.

The invention discloses a coaxial ring-shaped material groove material transferring device which can improve the fluency of material flowing of a conveying system, improve the force bearing of a supporting structure, lower the energy consumption of a perpendicular screw conveyor and a horizontal screw conveyor at the transferring position, and remove a dead angle at a joint position. The coaxial ring-shaped material groove material transferring device comprises the perpendicular screw conveyor provided with a discharging port and a perpendicular supporting pipe, the horizontal screw conveyor provided with a horizontal supporting pipe, a ring-shaped discharging groove and a ring-shaped feeding groove. The ring-shaped discharging groove is connected with the discharging port through a flange, the ring-shaped feeding groove is connected with the horizontal screw conveyor through a flange, the ring-shaped discharging groove is hinged to the ring-shaped feeding groove, and the ring center of the ring-shaped discharging groove and the ring center of the ring-shaped feeding groove are hinge points of the ring-shaped discharging groove and the ring-shaped feeding groove. By means of the scheme, the purposes of improving the fluency of material flowing of the conveying system, improve the force bearing of the supporting structure, lower the energy consumption of the perpendicular screw conveyor and the horizontal screw conveyor at the transferring position, and remove the dead angle at the joint position are achieved.

A multi-unit-linear-driven loading robot with three planar ranges of motion comprises a multi-unit-linear-driving mechanism, a movable arm lifting mechanism, a bucket control mechanism and the like. Multiple linear drivers are adopted by the multi-unit-linear-driving mechanism for driving, high-power and high-torque power output is achieved through cranks, and the power requirement of an executing mechanism is met. Hydraulic elements are introduced in the movable arm lifting mechanism, equal pressure in two cylinders is achieved, the problem of unbalanced stress on two driving chains for lifting movable arms in original controllable loading mechanisms is effectively solved, and the bearing stability of the movable arms is improved. the loading robot not only has the characteristics of high mechanical efficiency, high response speed, high moving precision, good controllability and the like of the original controllable loading mechanisms, but also has better bearing and shock-resisting performance due to introduction of the multi-unit-linear-driving mechanism and the hydraulic elements, an overload protection function can be easily achieved, and the technical scheme is quite suitable for manufacturing of large, medium and small loading robots.

The invention relates to a multiunit linear driving simple high-load electro-hydraulic controllable sliding wood forking machine. The multiunit linear driving simple high-load electro-hydraulic controllable sliding wood forking machine comprises a multiunit linear driving mechanism, a movable arm lifting mechanism, a fork bucket control mechanism and the like, wherein the multiunit linear driving mechanism is driven by a plurality of groups of linear drivers, high-power and high-torque power output is realized by virtue of a crankshaft, and the power requirement of high-load operation of the sliding wood forking machine is satisfied. On the basis of the Pascal's principle, hydraulic cylinders are used as connecting rods so as to be introduced into the configuration of the wood forking machine, so that the problem of unbalanced stress of two driving chains for lifting movable arms in the existing design is effectively solved, and the bearing stability is increased. The sliding wood forking machine has the characteristics of high transmission efficiency, high response speed, high moving accuracy, good controllability, energy conservation, environmental friendliness and the like of a controllable mechanism, and the multiunit linear driving mechanism and hydraulic elements are introduced, so that the sliding wood forking machine has good bearing and antivibration performance, an overload protection function is easy to realize, and the sliding wood forking machine has good engineering application prospects and development potential.

A simple high-load wood forklift with a multi-unit connection rod driving function comprises a multi-unit connection rod driving mechanism, a movable arm lifting mechanism, a fork bucket control mechanism and the like. Under the control of a computer, the multi-unit connection rod driving mechanism achieves driving of multiple low-power motors and high-power and high-torque power output, and meets the power requirement for high-load operation of the wood forklift. A hydraulic cylinder is applied to the configuration design of the wood forklift as a connection rod on the basis of the Pascal principle, through introduction of a hydraulic element, the problem that in the prior art, stress on two driving chains for lifting a movable arm is unbalanced is effectively solved, and the bearing stability is improved. The wood forklift not only has the characteristics of being high in transmission efficiency, high in response speed, high in motion precision, good in controllability, capable of saving energy, environmentally friendly and the like as a controllable mechanism, but also has better bearing performance and shock resistance through introduction of the multi-unit connection rod driving mechanism and the hydraulic element, can achieve the overload protection function easily and has great engineering application prospects and development potential.

The invention provides a plane three-activity electro-hydraulic controllable face shovel loading robot. The plane three-activity electro-hydraulic controllable face shovel loading robot comprises a movable arm lifting mechanism, a bucket control mechanism and the like. A hydraulic element is introduced into the movable arm lifting mechanism, so that the in-cylinder pressure is equal, the problem that two lifting branched chains of a movable arm of the loading robot are unbalanced in stress is solved, and the bearing stability is improved. According to the plane three-activity electro-hydraulic controllable face shovel loading robot, the characteristics of being high in transmission efficiency, response speed and moving precision, good in controllability and the like of an existing controllable loading mechanism are achieved; and in addition, the bearing capability and the anti-vibration performance of the loading robot are greatly improved by introducing the hydraulic element, an overload protection function is easy to achieve, the reliability and the practicability of the loading robot are greatly improved so that operation in places where the construction environments are bad can be achieved through the loading robot, and the hydraulic element is suitable for manufacturing large-size, medium-size and small-size loading robots.